Software Integration Engineer - Epowertrain

Kpit; Belo Horizonte; Presencial; BRL 120.000 - 160.000; Tempo integral

Resumo da oferta

A leading engineering firm in Belo Horizonte is seeking an ePT Integration Engineer to oversee software integration and testing for electrified powertrain vehicles. The successful candidate will have at least two years of experience in automotive software development, specifically in MATLAB and Simulink. Excellent communication and problem-solving skills are essential for this role, which includes responsibilities across multiple functional teams and various technical tasks.

Qualificações

• Minimum 2 years of engineering experience in software development life cycle for automotive and related industries.
• Minimum 2 years of MATLAB/Simulink experience in code generation and integration.
• Good troubleshooting knowledge of compiler build files and integration.

Responsabilidades

• Work with multiple teams for software integration of electrified PT vehicles.
• Conduct test bench flashing and verification using industry-standard tools.
• Perform configuration change management on IBM Work Flow Management.

Conhecimentos

Software Development

Cross-functional Collaboration

Problem Solving

Excellent Communication

Formação académica

Bachelor of Science in Electrical Engineering

Ferramentas

MATLAB

Simulink

CANoe

Lauterbach/Trace32

Descrição da oferta de emprego

ePT Integration engineer Job responsibilities include but not limited to :

• Work with controls development team, motor controls team and foundation software team and receive the inputs for SW integration for electrified PT vehicles.
• Perform SW development, code generation, integration, build and execution of test plans, verification and integration of the BPCM / Power Invertor Module (PIM / MGU / EVCU) with vehicle controllers.
• Perform Control Software development – Implement and test process function for DIDs / PIDs, IO controls & Routines for End of Line testing at plant.
• Perform Hybrid Control Processor SW Code Generation and resolve issues with controls team.
• Integrate new content from four different functional systems / components (BPCM,HCP, MCP, BSW & Supplier) into a final flash ready file.
• Perform Embedded Controller resource monitoring & analysis : VRAM, CPU Throughput, ROM / Flash memory.
• Measure network parameters using CANoe / CANalyzer and prepare measurement using ETAS-INCA.
• Perform test bench flashing using Lauterbach / Trace32 (embedded debugger testing), INCA, CDA and verification.
• Conduct configuration change management on IBM Work Flow Management and ALM.
• Support the One-Offs and Prototype Builds for quick development and validation of bug fixes during cold-trip / hot-trip / altitude testing.

Requirements Basic Qualifications : Bachelor of Science in Electrical Engineering, Computer Engineering, Software Engineering or a related Engineering degree from an accredited university Minimum 2 years of engineering experience in software development life cycle for automotive and related industries Minimum 2 years of MATLAB / Simulink experience in code generation using RTW and integration experience with vehicle controllers.

Minimum 2 years of ECU software SW development experience with good trouble shooting knowledge of compiler build files and integration.

Good cross functional working experience within the organization Excellent communication skills both verbal and written Outstanding problem solving skills

Preferred Qualifications :

• Masters or advanced degree in Electrical Engineering, Computer Engineering or Software Engineering from an accredited university 2 or more years of experience with development and testing of powertrain controls in hybrid and / or electric vehicles
• Proficiency in MATLAB / Simulink, m-scripting, Visual Basic Experience with AUTOSAR compliant controller development
• Experience in standard controls tools; modeling, simulation, development, testing, validation, verification Familiarity with OBD II Familiarity with the CMMI and / or ASPICE software development processes